ENP Engineering Science Journal
Volume 2, Numéro 2, Pages 1-6
2022-12-28
Authors : Nadjib Mohammed . Smaili Arezki . Fellouah Hachimi .
This paper is a review on the stall delay phenomenon that Horizontal Axis Wind Turbines (HAWT) encounter under typical flow conditions and its numerical modelling. Aerodynamic performance predictions of HAWT have been often carried out through Computational Fluid Dynamics method with the combination of the concept of actuator disk i.e. hybrid method. For this purpose, the hybrid method is presented in details together with the numerical modelling of such stall delay phenomenon. Despite modern wind turbines are equipped with sophisticated control systems for avoiding stall, nevertheless, stall is still inevitable in the near root region of the rotor blade. This paper focuses on recent research development materials which have been undertaken on the stall delay phenomenon where the engineering models (stall delay models) of the literature being presented and criticized based on the predictions obtained from the NREL Phase VI wind turbine experiments.
Actuator disk, Horizantal Axis Wind Turbine, Stall delay, Hybrid method
Benazza A.
.
Blanco E.
.
pages 34-39.
Benazza A.
.
Blanco E.
.
pages 7-12.
Bendaoud Amira
.
Hachouf Fella
.
pages 10-15.
Zergat Kawthar Yasmine
.
pages 85-93.
Boughrara Kamel
.
Dubas Frédéric
.
pages 21-37.